What majors does electrical engineering include?

(1) What are the electrical engineering majors?

Electrical engineering majors include:

1. Introduction of Electrical Engineering and Automation Specialty: The training of electrical engineering and automation specialty meets the needs of socialist construction, develops in an all-round way in morality, intelligence, physique and aesthetics, and is trained by engineers, with basic theories and knowledge in engineering and technical fields such as motor and its control, electrical appliances and its control, power system and its automation, and building electricity.

Application-oriented compound senior engineering and technical personnel who can be engaged in design and manufacture, research and development, experimental analysis, system operation, automatic control, power electronics technology, production management and application of electronics and computer technology.

5. The major of optical cable engineering trains high-quality applied talents in the research, product design, manufacturing, quality control and enterprise management of optical fiber and optical cable materials.

Its main courses include: circuit, electromagnetic field, electronic technology, power electronics technology, electrical mechanics, mechanical foundation, mechanical drawing and CAD, computer application technology, modern electrical control technology, dielectric physics, electrical insulation structure principle and design, electrical insulation testing technology, cable technology principle, communication cable design and manufacturing, optical fiber cable manufacturing, insulation chemical foundation, cable materials and so on.

⑵ What specialties does electrical engineering include?

There are four branches of electrical engineering copywriting, namely electrical engineering and automation, smart grid information engineering, light source and lighting, electrical engineering and intelligent control.

806 electrical category

8060 1 electrical engineering and its automation

080602T Smart Grid Information Engineering

Light source and lighting

080604T Electrical Engineering and Intelligent Control

(3) What are the electrical engineering majors?

Electrical engineering includes five professional directions: electrical machinery and appliances, power system and automation, high voltage and insulation technology, power electronics and power transmission, electrical theory and new technology.

Electrical engineering covers electrical engineering and increases the knowledge of automatic control, which should be an opportunity to choose a specific major in the future.

(4) What are the specialized courses for electrical specialty?

Electrical automation technology (expert)

main course

Circuit principle, computer drawing technology, power and drag, self-tuning control principle, power system principle, power electronics technology, thermal equipment, etc.

Power supply technology (expert)

main course

English, advanced mathematics, linear algebra, circuit principle, power electronics technology, microcomputer principle and application, power system, industrial electrical equipment, electric energy measurement and instrument, etc.

Applied electronic technology (expert)

main course

English, advanced mathematics, college physics, basic circuit analysis, microcomputer principle and application, motor and drive, computer control, CAD electronic measurement, TV principle and maintenance, etc.

Electromechanical integration technology (junior college)

main course

Electromechanical transmission design, mechanical design, engineering mechanics, mechanical design basis, electromechanical integration system design, mechanical manufacturing technology principle, hydraulic transmission and control, programmable controller, etc.

Power plants and power systems (experts)

main course

Circuit principle, power electronics technology, automatic control, microcomputer principle, electromechanics, power system analysis, power system relay protection device, power system automation, power plant substation electrical part, high voltage technology, etc.

5] What specialties does the electrical information class include?

Electrical information class

Electrical engineering and its automation power system and its automation electrical engineering and its automation electrical engineering and its automation

Automation of high voltage and insulation technology

Electrical Technology (Part) Electronic Information Engineering Electronic Information Engineering

Motor and its control communication engineering communication engineering

Light source and lighting computer science and technology computer science and technology (note: bachelor of engineering or bachelor of science can be awarded)

Electrical engineering and its automation electronic science and technology electronic science and technology

Automatic Fluid Transmission and Control (Part) Biomedical Engineering Biomedical Engineering

Electrical Technology (Part) Electrical Engineering and Automation

Industrial automation information engineering

Automatic light source and lighting

Automatic control software engineering

Aircraft Guidance and Control (Part) Film and Television Art and Technology

Electronic information engineering electronic engineering network engineering

Applied electronic technology, information display and photoelectric technology

Information engineering integrated circuit design and integration system

Electromagnetic field and microwave technology photoelectric information engineering

Radio and television engineering

Electronic information engineering electrical information engineering

Computer software of radio technology and information system

Electronic and information technology power engineering and management

Photogrammetry and Remote Sensing (Part) Microelectronics Manufacturing Engineering

Application of public security image technology in prosthetic orthopedic engineering

Communication Engineering Communication Engineering Digital Media Art

Computer communication medical information engineering

Computer science and technology (note: bachelor degree in engineering or science can be awarded) Computer and applied information physics engineering

Computer software medical equipment engineering

Computer Science Education intelligence science and technology

Digital Media Technology in Software Engineering

Computer devices and equipment

Computer science and technology

Electronic science and technology electronic materials and components

microelectronic technique

Physical electronic technology

electrooptical technology

Physical electronics and photoelectric technology

Biomedical Engineering

[6] What are the electrical engineering majors?

This major in general colleges and universities includes electrical engineering and automation, electrical information and so on. There are five directions for the postgraduate entrance examination: power electronics, motors and appliances, power system, high and low voltage insulation technology, electrical theory and new technology.

What electrical related majors did you have?

Electrical engineering is a subsidiary discipline of engineering, including electrical engineering and automation, electrical engineering and intelligent control, smart grid information engineering, light source and lighting. In the specialty, electrical automation technology belongs to the category of equipment manufacturing.

Most electrical majors are aimed at undergraduate majors. Engineering electrical disciplines include electrical engineering and automation, electrical engineering and intelligent control, smart grid information engineering, light source and lighting. Electrical related automation, major in automation, rail transit and control. There are also related electronic information, such as photoelectric information science and engineering, electronic information engineering and so on.

Electrical engineering also has specialties, but specialties are different from undergraduate majors. Under the category of equipment manufacturing automation, the main majors of electrical engineering include electrical automation technology, electromechanical integration technology, industrial robot technology, hydraulic and pneumatic technology, etc.

For the major of electrical engineering, students are advised to apply for the most famous universities of electrical engineering, namely North China Electric Power, Wuhan University, Tsinghua, Huazhong Science and Technology, Zhejiang University and Xi Jiaotong University. Being admitted to these six universities will make it easy to find a job.

Electrical specialty has higher requirements for physics and mathematics, which is suitable for students with a solid foundation in science. In addition, some colleges and universities do not recruit color-blind and color-weak candidates, and students should be optimistic about the enrollment regulations of colleges and universities when filling in their volunteers.

What kind of major is electrical engineering?

The major of electrical engineering and automation aims to cultivate compound senior engineering and technical talents with distinctive characteristics who can work in the related fields of electrical engineering and automation, with special emphasis on the cultivation of students' ability to acquire knowledge and all-round quality. Graduates of this major have strong adaptability, wide employment scope and high employment rate, and the employment rate has reached 100% in recent three years. Graduates are mainly employed in power system research, design, production, testing, construction, management, education and other units, engaged in the design, operation, installation, debugging, scientific research and teaching, technology development, technology management and other units of electrical engineering in power systems, power plants and related industries.

Brief introduction of electrical engineering and automation specialty

Overview:

The tentacles of electrical engineering and its automation extend to all walks of life, from the design of a switch to the research of aerospace aircraft. This major can be engaged in the fields of system operation, automatic control, power electronics technology, information processing, experimental technology, research and development of electronic and computer technology, economic management and application, etc. It is a "compound" senior engineering and technical talent with wide caliber. There is a great demand for high-level talents in this field. It is estimated that with the entry of large foreign enterprises, there will be a big gap in this professional field, and there is likely to be a shortage of talents.

First, the professional comprehensive introduction

The specialty of electrical engineering and automation is a new discipline in the field of electrical information, but it develops very rapidly and matures because of its close relationship with people's daily life and industrial production. It has become an important part of high-tech industry, widely used in industry, agriculture, national defense and other fields, and plays an increasingly important role in the national economy.

Control theory and power network theory are the basis of electrical engineering and automation specialty, power electronics technology and computer technology are its main technical means, and also include research fields such as system analysis, system design, system development, system management and decision-making. There are also some characteristics of this major, that is, the combination of strong and weak electricity, electrical and electronic technology, software and hardware, the interdisciplinary nature, and the integration of power, electronics, control and computer, which makes graduates have strong adaptability and is a "wide-caliber" major.

The major of electrical engineering and automation has a strong attraction to the majority of candidates, and it is a hot major. The entrance score of college entrance examination is often much higher than other majors. The main reasons for this situation are: ① easy employment, good working environment and high income; ② The name is nice, and the professional content is attractive to students; Social propaganda and public opinion orientation are beneficial to it. The development prospect of this major is very good, the research results can be easily transformed into real products, and the benefits are also considerable. His creative research ideas have attracted many candidates, which is indeed a good place to display his talents. However, in view of the current domestic situation, candidates should pay attention to the following two points when applying for this major:

(1) Fully consider your own interests. Maybe I wasn't interested in this direction, but many people said there was, so I was "interested". This is very unfavorable for future development. After all, interest is the best teacher.

(2) Measure your comprehensive quality. The major of electrical engineering and automation needs to have a solid foundation of mathematics and physics and a strong comprehensive ability of foreign languages, so as to prepare for mastering and flexibly using professional knowledge in the future. Although this major has a great demand for talents, there are many people to choose from. Without a very strong comprehensive quality, it is difficult to stand out and achieve excellent results. Perhaps this is unacceptable to many aspiring candidates.

Of course, the two possibilities mentioned here are also related to students' personal pursuit. If one's pursuit is limited to a better job, this major is really a good choice. But if you want to make a breakthrough contribution in scientific and technological innovation, you must build on your personal strength and efforts. Pie never falls from the sky for no reason.

Because this major has a wide range of research, good application prospects and relatively high professional quality of graduates, the employment situation is very good. Our country is in great need of professionals in this field now, and it is inseparable from the work of these professionals from small families to the whole society. Usually, after graduation, students can choose state-owned quality and technical supervision departments, scientific research institutes, industrial and mining enterprises, etc. It can also be some foreign-funded and private enterprises, and the treatment is of course considerable. If students are strong enough and have accumulated good research results during their studies, they can start their own businesses and create their own sky. It should be pointed out that, because the research essentials of this major are ahead of us abroad, it is a good choice to go abroad for further study if you want to have further development and establish your leading position in this direction in China.

Second, develop vocational education.

The major of electrical engineering and automation is one of the new interdisciplinary majors, which combines science and engineering with literature and integrates mechanical engineering, art and computer design. The main subjects are electronic engineering, computer science and technology, control science and engineering.

This major came into being in the 1970s. At first, in Oxford University, the DC control mode was realized for the first time. At that time, the driving voltage of the actuator was DC and the control voltage was DC. The working mode of automation system is very simple and rough, and its accuracy is also very low. However, the control mode of DC is widely known because of its long history, and people will naturally think of using DC to control AC actuators. With the emergence and maturity of high-power electronic devices such as transistors, high-power transistors and field effect transistors, and the establishment of weak and strong current control systems based on modern mathematics and matrix algebra, electronic technology and automation have reached a new historical height. At this point, this major has been widely developed, and universities in Japan, the United States, Britain and other countries have also set up this major. During this period, there are also many achievements, such as the completion of CNC machine tools and the automation control of workshops, which has become a new topic. The organic combination of electronic technology, automation and computer endows the specialty of electronic engineering and automation with brand-new connotation. Unmanned operation, simplified system, reasonable pattern, plug-and-play products have become new favorites.

In the early days of the People's Republic of China (1949- 1966), many colleges and universities in our country set up this major. The main practical teaching links include the experiment of circuit and electronic technology, electronic technology practice, metalworking practice course design, production practice and graduation design, etc., which have trained many talents in this field for the country. They have become experts and scholars in this industry, distributed in many provinces and cities across the country, and become the backbone.

During the Cultural Revolution, due to political influence, colleges and universities all over the country stopped enrolling students, which greatly affected this major. First, the teacher was criticized, and then the school simply couldn't go on, so it had to stop enrolling students. However, even so, many teachers have not stopped learning. They know that electronic engineering and automation play an important role in China's modernization. Therefore, during this period, they did not give up their professional research and exploration.

After the reform and opening up, under the correct leadership of the CPC Central Committee, colleges and universities resumed enrollment and their majors also developed. Many universities offer majors and recruit students one after another, and train a large number of high-level compound talents for the country every year, including senior intellectuals such as bachelors and doctors. In particular, the enrollment of various majors is expanding at present, and the enrollment of this major is also rising. Although China has not been in the forefront of the world in this respect, with the improvement of China's comprehensive national strength and the increase of foreign exchanges, we have gradually narrowed the gap with developed countries. Representative ones are: 300 billion computer development successes per second; Master nanotechnology; Application of simulation technology. A problem that cannot be ignored is before us: how to meet the challenge of the new technological revolution? With the joint efforts of teachers and students, the specialty of electronic engineering and its automation has been expanded, which is divided into power system and its automation and electronic information engineering, covering the original professional directions such as insulation technology, electrical insulation and cable, motor and electrical appliance and its control, electrical engineering and its automation, applied electronic technology and light source and lighting. There are doctoral programs in high voltage and insulation technology, motors and appliances, power electronics and power transmission, electrical theory and new technology, and high voltage and insulation technology. Based on the design of industrial products, the computer modeling, design, design and optimization of the structure, performance, processing and shape of industrial products are realized. This major trains advanced compound technical talents who meet the urgent needs of society and have a solid scientific and technological foundation and artistic innovation ability. This major focuses on cultivating students' practical working ability in foreign languages, computer applications, product modeling and design, and realizing the comprehensive intelligence of product design such as graphic design and three-dimensional design. Graduates of this major can engage in the teaching, research, production, development and management of industrial product modeling design, computer application, visual communication design, environmental design, advertising creativity, corporate image planning and other industries. It covers courses such as circuit principle, electronic technology foundation, electrotechnics, power electronics technology, electric drive and control, computer technology (language, software foundation, hardware foundation, single chip microcomputer, etc. ), signal and system, control theory and so on. Senior students also learn professional courses and elective courses with great flexibility and adaptability according to social needs. At the same time, experiments on motor and control, electronic engineering system and power electronics are also carried out.

China has made great progress in CIMS, automatic control, robot products and application specific integrated circuits. For example, "Integrated CAPP Application Framework and Development Platform Based on Microcomputer Environment" developed a comprehensive intelligent CAPP development platform and application framework (CAPPFramework) based on process knowledge base and interactive design pattern, and launched a series of products such as Jinye CAPP and Tongfang CAPP. It has the functions of supporting process knowledge modeling and dynamic knowledge acquisition, various process design and information management, product process information sharing and feature-based process decision-making, and provides application support tools and secondary development tools such as process knowledge base management and process card format definition. The system is open and easy to expand and maintain. Products have been widely used in enterprises all over the country, especially CIMS demonstration engineering enterprises, and the development of automatic control devices and series products, infrared photoelectric safety protection devices and high-power and high-quality switching power supplies has also been developed. Robot products include developing mobile gantry automatic spraying machine, electric spraying robot, flexible copying automatic spraying machine, reciprocating spraying machine, automatic gluing robot, frame robot, handling robot and arc welding robot. The development and application of these products is only one aspect of electronic engineering and automation in production, which is not enough to reflect the whole picture. Under the impact of foreign advanced technology, a new round of technological reorganization is carried out from all aspects. The situation is grim, but it is also full of opportunities. Love * * * Good luck!

Levies What are the majors in electrical engineering?

Introduction to electrical specialty

I. Electrical Engineering and Automation

Main subjects: electrical engineering, computer science and technology, control science and engineering.

Main courses: circuit principle, electronic technology foundation, electrical engineering, power electronic technology, electric drive and control, computer technology (language, software foundation, hardware foundation, single chip microcomputer, etc. ), signal and system, control theory, and offer flexible, adaptable and wide-ranging specialized courses and elective courses for senior students according to social needs.

Main practical teaching links: including circuit and electronic technology experiment, electronic technology practice, metalworking practice, computer software practice and hardware practice, curriculum design, production practice and graduation design.

Main experiments: motor and control experiment, electrical engineering system experiment, power electronics experiment, etc.

School year: 4 years

Degree awarded: Bachelor of Engineering

Training objectives: This major aims to train broad-caliber "compound" senior engineering and technical personnel who can work in the fields of system operation, automatic control, power electronic technology, information processing, experimental analysis, research and development, economic management and application of electronic and computer technology related to electrical engineering.

Training requirements: Students in this major mainly study broad engineering technical foundation and certain professional knowledge in electrical technology, electronic technology, information control and computer technology. The main characteristics of this major are the combination of strong and weak electricity, electrical technology and electronic technology, software and hardware, components and systems. Train students to master electrical and electronics, information control and computer technology, and have the basic ability to solve technical problems of electrical engineering analysis and control.

Graduate ability: 1. Have a solid basic knowledge of mathematics, physics, chemistry and other natural sciences, and have a good foundation in humanities and social sciences, management science and comprehensive foreign language ability;

2. Systematically master the extensive technical basic theoretical knowledge necessary in this professional field, mainly including electrician theory, electronic technology, information processing, control theory, basic principles and applications of computer software and hardware, etc.

3. Accept good engineering practice training and be proficient in computer application;

4. Have professional knowledge and skills in the professional field 1 ~ 2 professional directions, and understand the development trend of the frontier of this professional discipline;

5. Have strong adaptability to work, and have certain practical working ability in scientific research, scientific and technological development and organization and management.

Second, electrical engineering and intelligent control

Training goal: to train compound engineering and technical talents with innovative spirit and good English communication skills who can work in the fields of industrial enterprise motion control, process control, power technology, detection and automation instruments and information processing.

Main courses: circuit and electronic technology, mechanical design foundation, microcomputer principle and interface, motor and drive foundation, automatic control theory, sensor and detection technology, equipment information management system, intelligent control system, hydraulic and pneumatic, etc.

Employment orientation: I can engage in automatic control, system control, electrical equipment operation and maintenance of production management in modern enterprises, especially foreign enterprises, and I can also engage in scientific research.

Three. Light source and lighting

Training objectives: to cultivate good professional knowledge and innovation ability of light source and lighting, master theoretical knowledge and technology related to lighting source, especially semiconductor lighting materials, equipment, technology and lighting control engineering, have practical working ability in the fields of semiconductor lighting product design, development, manufacturing, intelligent control, engineering design and construction, product inspection and technical management, and be competent for the research and development of low-light electronic products in semiconductor lighting industry, related integrated circuit design and manufacturing companies, optoelectronic machine enterprises and other units.

Main courses: computer foundation, modern physics, gas discharge and light source, advanced mathematics, foreign language, electrical appliance principle and design, electrical lighting design, photoelectric test technology, electrical engineering foundation and other professional courses.

Employment orientation: I can be engaged in industrial and agricultural production, scientific research, transportation, national defense, medical and health care, and business office.

⑽ What majors does the electrical information class include?

The Catalogue of Undergraduate Majors in National Colleges and Universities shows that electrical information covers many majors, as follows:

Electrical information class

Electrical engineering and its automation power system and its automation electrical engineering and its automation electrical engineering and its automation

Automation of high voltage and insulation technology

Electrical Technology (Part) Electronic Information Engineering Electronic Information Engineering

Motor and its control communication engineering communication engineering

Light source and lighting computer science and technology computer science and technology (note: bachelor of engineering or bachelor of science can be awarded)

Electrical engineering and its automation electronic science and technology electronic science and technology

Automatic Fluid Transmission and Control (Part) Biomedical Engineering Biomedical Engineering

Electrical Technology (Part) Electrical Engineering and Automation

Industrial automation information engineering

Automatic light source and lighting

Automatic control software engineering

Aircraft Guidance and Control (Part) Film and Television Art and Technology

Electronic information engineering electronic engineering network engineering

Applied electronic technology, information display and photoelectric technology

Information engineering integrated circuit design and integration system

Electromagnetic field and microwave technology photoelectric information engineering

Radio and television engineering

Electronic information engineering electrical information engineering

Computer software of radio technology and information system

Electronic and information technology power engineering and management

Photogrammetry and Remote Sensing (Part) Microelectronics Manufacturing Engineering

Application of public security image technology in prosthetic orthopedic engineering

Communication Engineering Communication Engineering Digital Media Art

Computer communication medical information engineering

Computer science and technology (note: bachelor degree in engineering or science can be awarded) Computer and applied information physics engineering

Computer software medical equipment engineering

Computer Science Education intelligence science and technology

Digital Media Technology in Software Engineering

Computer devices and equipment

Computer science and technology

Electronic science and technology electronic materials and components

microelectronic technique

Physical electronic technology

electrooptical technology

Physical electronics and photoelectric technology

Biomedical Engineering